Tool placement rack

The Tool Placement Rack is an essential organizational tool designed to store,arrange,and protect various tools in industrial,workshop,and manufacturing environments.As a key component in maintaining workspace order,these racks streamline tool access,reduce retrieval time,and extend tool lifespan by providing secure and systematic storage solutions.

Design and Structural Features

Tool placement racks are engineered with practicality and durability in mind,featuring versatile designs to accommodate different tool types and sizes.They typically consist of a sturdy frame constructed from materials like carbon steel,stainless steel,or aluminum alloy,ensuring stability even when loaded with heavy tools.The rack structure often includes multiple shelves,hooks,pegboards,drawers,or compartmentalized trays,each tailored to specific tool storage needs.Adjustable components,such as height-adjustable shelves or removable dividers,allow for customization based on the tools being stored—from small hand tools like wrenches and screwdrivers to larger power tools,welding torches,or measuring instruments.Many racks also feature anti-slip surfaces on shelves,protective edge guards,and locking mechanisms for secure storage of valuable tools.

Functional Design for Tool Management

The primary function of a tool placement rack is to create a structured storage system that enhances workflow efficiency.By assigning specific positions to each tool,the rack eliminates the chaos of scattered tools,enabling workers to quickly locate and retrieve the required equipment.Specialized features further optimize tool management:pegboards with hooks are ideal for hanging frequently used tools for instant access;drawers with foam inserts or labeled compartments keep small tools organized and prevent damage;and vertical storage slots or racks for long tools(such as hammers,levels,or welding rods)maximize space utilization.Some advanced racks integrate digital labeling or barcode scanning systems to track tool inventory,ensuring accountability and reducing the risk of loss or misplacement.

Material Selection for Durability

The choice of material in tool placement racks depends on the intended environment and load requirements.Carbon steel racks,often coated with powder paint or galvanized for corrosion resistance,are widely used in industrial settings due to their high strength and affordability,making them suitable for heavy-duty tool storage.Stainless steel racks excel in humid or corrosive environments,such as workshops near water or chemical areas,as they resist rust and maintain structural integrity over time.Aluminum alloy racks,being lightweight yet durable,are preferred for portable or mobile tool storage solutions,offering easy maneuverability without compromising on strength.

Key Applications Across Workspaces

Manufacturing Workshops:Used to organize assembly tools,welding accessories,and precision instruments,ensuring tools are readily available at production stations.

Automotive Repair Shops:Store diagnostic tools,socket sets,and mechanical equipment,keeping work bays neat and efficient during vehicle maintenance.

Construction Sites:Deployed as mobile tool racks to store power tools,hand tools,and safety equipment,protecting them from harsh site conditions while enabling easy transport.

Industrial Warehouses:Serve as centralized tool storage units,managing inventory for maintenance teams and ensuring tools are properly maintained and accounted for.

Advantages of Structured Tool Storage

Improved Workflow Efficiency:Reduces tool search time,minimizing downtime and increasing productivity in daily operations.

Enhanced Tool Protection:Prevents tools from being dropped,damaged,or exposed to harmful elements,extending their service life and reducing replacement costs.

Workspace Safety:Eliminates tripping hazards from scattered tools,creating a cleaner and safer working environment.

Inventory Control:Facilitates easy tracking of tool usage and maintenance,ensuring critical tools are always in good condition and available when needed.

Space Optimization:Maximizes vertical and horizontal storage space,making efficient use of workshop or warehouse areas.

Any size can be customized
D16 Specifications (LxWxH)
1000x1000x50mm；	2000x1000x50mm；
1200x1200x50mm；	2400x1200x50mm；
1500x1500x50mm；
Material:B, Q355 steel plate welding, c, high hardness steel plate welding, d, stainless steel plate welding
Aperture:A = φ16.065 -- φ16.149mm.
Hole spacing:L1=50±0.05mm。
Engraved line:The scribe pitch W1 = 50±0.05mm.
Flatness:0.1/1000mm。
Verticality:0.05/200mm。
Surface roughness:Ra3.2。
Bearing:Standard type 2T, frame type: 5T.
Hardness:Hardness of material body

Any size can be customized
D22 Specifications (LxWxH)
1000x1000x200mm；	2400x1200x200mm；
1200x1200x200mm；	3000x1500x200mm；
1500x1500x200mm；	4000x2000x200mm；
2000x1000x200mm；
Material:A, HT300 casting, B, Q355 steel plate welding, c, high hardness steel plate welding, d, stainless steel plate welding
Aperture:A = φ22.065 -- φ22.149mm.
Hole spacing:L1=100±0.05mm。L2=100±0.05mm。L3=50±0.05mm。L4=50±0.05mm。
Engraved line:The scribe pitch W1 = 100±0.05mm.
Flatness:0.1/1000mm。
Verticality:0.1/200mm。
Surface roughness:Ra3.2。
Bearing:Standard type 2T, frame type: 5T.
Hardness:Hardness of material body and nitriding layer: HV450-HV630

Any size can be customized
D28 Specifications (LxWxH)
1000 × 1000 × 200mm	1500 × 1500 × 200mm
1000 × 1500 × 200mm	1500 × 2000 × 200mm
1000 × 2000 × 200mm	1500 × 3000 × 200mm
1000 × 2500 × 200mm	1200 × 2400 × 200mm
1200 × 1200 × 200mm	2000 × 3000 × 200mm
1200 × 2400 × 200mm	2000 × 4000 × 200mm
Material:A, HT300 casting, B, Q355 steel plate welding, c, high hardness steel plate welding, d, stainless steel plate welding
Aperture:A = φ28.065 -- φ28.149mm.
Hole spacing:L1=100±0.05mm。L2=100±0.05mm。L3=50±0.05mm。L4=50±0.05mm。
Engraved line:The scribe pitch W1 = 100±0.05mm.
Flatness:0.1/1000mm。
Verticality:0.1/200mm。
Surface roughness:Ra3.2。
Bearing:Standard type 2T, frame type: 5T.
Hardness:Hardness of material body and nitriding layer: HV450-HV630